UMR iEES-Paris

Institut d’écologie et des sciences de l’environnement de Paris

Cet espace rassemble les données de l’UMR iEES Paris. Contactez-nous à l’adresse iees.data@ird.fr si vous voulez publier des données sur cette plateforme.

Des données supplémentaires ont été recueillies dans le cadre de l'observatoire M-TROPICS

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41 to 50 of 242 Results

Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger Oct 10, 2023 Garcia Ibarra, F.; Jouquet, P.; Bottinelli, N.; Bultelle, A.; Monnin, T., 2023, "Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger", https://doi.org/10.23708/ZJTSDI, DataSuds, V1 Ants are one of the most significant bioturbators and they are likely to be affected by the current worldwide increase in temperatures, hence there could be a cascading effect on their contributions to soil functioning. Data presented here correspond to an experimental work under...
Ant_size_and_weight.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 16.4 KB - MD5: 0e9ca9349133251b31ed9a2773fcc4f3
Caracteristics_nest_architecture.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 25.4 KB - MD5: 140f32dc61c3945c73e69facda016213
Evaporated_water_and_excavated_soil.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 21.5 KB - MD5: 89c01a3403d2e63a163693819d05eba6
Full_nest_porosity_profile.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 895.1 KB - MD5: 0420293a35e404215b8a02412ffaa1ad
Number_of_workers.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 13.5 KB - MD5: 1a6e418611f82be1476ebee446d90e11
Refilled_chambers_porosity_profile.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 274.3 KB - MD5: e29c7c5811fcc9aa2f51b1cf1a9de15b
Surface_temperature.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 263.4 KB - MD5: f2484499fb628abc6547e1dc2e48501c
Underground_temperature.ods Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger OpenOffice Spreadsheet - 69.8 KB - MD5: 06bda1f1d05b4f3a65e33ed5b6819992
Wind erosion flux measured over various land cover types in the arid region of southern Tunisia during 2012-2016 Aug 21, 2023 Labiadh, M. T.; Bouet, C.; Sekrafi, S.; Ltifi, M.; Attoui, B.; Tlili, A.; Hlel, M.; Rajot, J. L.; Henry des Tureaux, T., 2023, "Wind erosion flux measured over various land cover types in the arid region of southern Tunisia during 2012-2016", https://doi.org/10.23708/AO2YFT, DataSuds, V1 Data distributed here are part of the project “Quantification des émissions d'aérosols terrigènes en fonction de l'usage des sols : exemple du sud tunisien” funded by the CNRS/INSU LEFE program. The south of Tunisia is a region very prone to wind erosion because the soils have a...

Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

Oct 10, 2023

Garcia Ibarra, F.; Jouquet, P.; Bottinelli, N.; Bultelle, A.; Monnin, T., 2023, "Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger", https://doi.org/10.23708/ZJTSDI, DataSuds, V1

Ants are one of the most significant bioturbators and they are likely to be affected by the current worldwide increase in temperatures, hence there could be a cascading effect on their contributions to soil functioning. Data presented here correspond to an experimental work under...

Ant_size_and_weight.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 16.4 KB -

Caracteristics_nest_architecture.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 25.4 KB -

Evaporated_water_and_excavated_soil.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 21.5 KB -

Full_nest_porosity_profile.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 895.1 KB -

Number_of_workers.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 13.5 KB -

Refilled_chambers_porosity_profile.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 274.3 KB -

Surface_temperature.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 263.4 KB -

Underground_temperature.ods

Oct 10, 2023 - Modified nest architecture and increased bioturbation in response to rise in temperature. A laboratory experiment with the ant species Lasius niger

OpenOffice Spreadsheet - 69.8 KB -

Wind erosion flux measured over various land cover types in the arid region of southern Tunisia during 2012-2016

Aug 21, 2023

Labiadh, M. T.; Bouet, C.; Sekrafi, S.; Ltifi, M.; Attoui, B.; Tlili, A.; Hlel, M.; Rajot, J. L.; Henry des Tureaux, T., 2023, "Wind erosion flux measured over various land cover types in the arid region of southern Tunisia during 2012-2016", https://doi.org/10.23708/AO2YFT, DataSuds, V1

Data distributed here are part of the project “Quantification des émissions d'aérosols terrigènes en fonction de l'usage des sols : exemple du sud tunisien” funded by the CNRS/INSU LEFE program. The south of Tunisia is a region very prone to wind erosion because the soils have a...

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